Product Features
- Simple addressing onto the addressable loop
- Ribbon cable connection – no hard wiring
- Piggy backs onto detector main board
- Ease of address setting
Kidde Hochiki Addressable Panel Interface Card (APIC) 9-30438 is available to buy in increments of 1
The Kidde 9-30438 is an interface that can be attached directly onto the main control board of any of the AirSense aspirating detectors. The card plugs into the main control board inside the detector enclosure. The board enables the detector to be directly addressed and communicate with the main fire control panel via the Hochiki protocol.
Plug in terminals
Detectors are wired onto the loop using plug in terminals located on the detector main control board. The detector and interface are easily addressed by switch settings prominently positioned on the card.
Single address and multi address modes
The Hochiki APIC has two distinct modes of operation; single address and multi-address. When the interface is set to single address mode the card appears at a single address on the Hochiki loop and the detector status is read from that address. Multi address mode is used when monitoring the status of multiple detectors with consecutive addresses from a single Hochiki card. Multi address mode is normally only used in the Command Module.
Plug in terminals
Detectors are wired onto the loop using plug in terminals located on the detector main control board. The detector and interface are easily addressed by switch settings prominently positioned on the card.
Single address and multi address modes
The Hochiki APIC has two distinct modes of operation; single address and multi-address. When the interface is set to single address mode the card appears at a single address on the Hochiki loop and the detector status is read from that address. Multi address mode is used when monitoring the status of multiple detectors with consecutive addresses from a single Hochiki card. Multi address mode is normally only used in the Command Module.
| Colour | Black |
|---|
Sign In